Introduction:Thyristors and Triacs are widely used by White Goods applications and in designs that required AC loads. This webinar will touch on the basics and family of Thryistors and Triacs and explain the leading advantage that NXP has in the Thyristor technologies. It will also enable you to understand what causes false triggering and highlight the benefits of using 3 Quadrant Triacs as well as the advantages of replacing mechanical relays with Triacs.

Introduction:Switching Mode Power Supply(SMPS)is a popular topology used in most of the power supply designs. This webinar explores some of the NXP discrete products which could be used in SMPS for various functions, from low to high power requirements. It explains power efficiency features in some of NXP devices which will be very helpful in improving power efficiency of SMPS design.
It is explained in this presentation how innovation in packaging and IC designs used by NXP could produce products which could help power supply designer to reduce loss and heat dissipation in their application.

Introduction:Silicon tuners have entered the broadcasting scene more than ten years ago with one of the earliest application in Satellite STB. However since the beginning of last year more applications and even TV are using Silicon tuners. This webinar will explain the reasons that drive this implementation. It will highlight the benefits compared to the traditional tuner module.
The webinar will also touch on the importance of the tuner and will focus on the tuner parameters that are essential to meet system requirements. To most people, the most important parameter is the sensitivity and linearity of the tuner is often neglected. The webinar will enable you to understand why linearity is also crucial especially for operators.

Introduction:Welcome to the NXP Semiconductors Microcontroller Webinar. In this webinar NXP will give an overview of the Microcontroller portfolio and what are the Cortex-M Microcontrollers that NXP has from the cores & families perspective. A natural question: “What are the differences between NXP Cortex-M Microcontrollers versus other semiconductor suppliers?” would be addressed. Please join us to learn more about the Cortex-M Microcontrollers that are available from NXP.

Introduction:Radar designers are confronted with ever increasing demands for more functionality, precision, range and reliability. Modern Active Electronically Scanned Array Radars highlight some of these challenges. These radars allow multiple target acquisition and tracking using beam steering techniques. There can be thousands of Transmit / Receive Modules (TRM’s) per radar system which need compact and efficient designs. These challenges demand state of the art RF performance with proven repeatability and reliability. This webinar will enable you to understand how NXP’s product offerings meet these demands for Radar Systems design, particularly with respect to components available from our High Performance RF business line.

Introduction:NXP standalone LCD display drivers bring high reliability and low power consumption to a broad range of applications. They require no external components, operate over a wide temperature range, support a wide range of supply voltages and integrate vital interfaces. For automotive applications, we even have options that are AEC-Q100 complaint, ensuring reliable operation under the harshest conditions.
This webinar will introduce NXP’s portfolio of segment, character and graphic (or dot-matrix) display drivers. We will also explain the theory of a LCD driver and provide some insights into Chip-On-Glass technology and its benefits.

Introduction:NXP provides high performance analog switches in all common configurations tailored to answer specific application needs and ease design efforts. This is achieved with the new NX3 family of switches which offer very low on-resistance and build-in translators/level shifters option. They are available in a wide variety of small/leadless packages to meet today’s stringent board space constraints and reliability requirements.

Introduction:As compact fluorescent lamps (CFLs) are gaining popularity in the consumer lighting market, lamp makers are finding ways to provide quality CFLs to their customers as added selling features. In this webinar, I will introduce NXP GreenChip driver IC that will enhance the quality of your CFLs. With high quality CFLs, you will experience lower field return rate and increased consumer confidence on the products. Please join me in this webinar where I will explain how our GreenChip device will help you design a high quality CFL.

Introduction:Welcome to this webinar on our new NXP Standard Products portfolio. In today's webinar, we will discuss the basic and important parameters of the Linear Low-Drop Out Regulator (LDO). Please join us to learn more about our NXP product portfolio with NX1117 and the LD680x. Starting with the needs of LDO's in electronic circuits, we will also further talk about the LDO efficiency, because the ratio between output load power consumption to input supply power defines the quality of the voltage drop. Besides this, we also face different kind of noise, that we as an engineer have to deal with. Last but not least, low current consumption and its voltage regulation are other key parameters important for portable applications. After this presentation, you will be able to select and easily design LDOs into your application.